Overexpression of CsNF-YA5 enhances drought tolerance in citrus rootstocks and grafted plants: a biotechnological strategy for crop resilience [0.03%]
CsNF-YA5过表达增强柑橘砧木及嫁接树的抗旱性：一种作物耐逆境的生物技术策略
Dilson S Rocha Júnior,Matheus A Nogueira,Cristina P S Martins et al.
Dilson S Rocha Júnior et al.
The constitutive overexpression of CsNF-YA5 in transgenic Swingle citrumelo rootstocks enhanced drought tolerance by improving stomatal regulation, antioxidant defense, and root recovery capacity. These physiological and molecular adjustmen...
Belowground mutualists modulate growth and aboveground defense in potato: insights from mycorrhizal and entomopathogenic nematode interactions [0.03%]
地下互惠生物调节马铃薯的生长和地上防御：菌根和昆虫病原线虫相互作用的新见解
Lucía Martín-Cacheda,Xoaquín Moreira,Víctor Manuel Rodríguez et al.
Lucía Martín-Cacheda et al.
Soil application of entomopathogenic nematodes enhanced the growth and modulated the aboveground defenses in potato plants, while interactions with mycorrhizal fungi shaped the volatile emissions and herbivory, underscoring the nematodes as...
Genetic dissection of the distinct origins and tissue-specific functions of abscisic acid during seed development in Arabidopsis thaliana [0.03%]
拟南芥中脱落酸在种子发育过程中独特的起源及其组织特异性功能的遗传解析
Christine H Nguyen,Benjamin P Brookbank,Eiji Nambara
Christine H Nguyen
Karssen et al. (Planta 157:158-165, 1983) genetically dissected the maternal and zygotic origins of abscisic acid (ABA) by generating tissue-specific ABA deficiencies through crosses and demonstrated their distinct physiological functions. ...
Lipid-sugar conversion regulates early white clover (Trifolium repens) seedling establishment under cadmium stress [0.03%]
脂糖转换调控飞燕草素白三叶（Trifolium repens）幼苗在镉胁迫下的建立
Yuting Wu,Long Lin,Wanlin Ni et al.
Yuting Wu et al.
In addition to amylolysis, the maintenance of higher lipid-sugar conversion for energy supply contributes to better adaptation to Cd stress during early white clover seedling establishment. Soil cadmium (Cd) contamination threatens the surv...
Universal role of quinones in natural and artificial photosynthetic systems: overview from chemical properties to biological importance [0.03%]
泛醌在天然和人工光合系统中的普遍作用：从化学性质到生物重要性的综述
Magdalena Łazicka,Maciej Garstka
Magdalena Łazicka
A comprehensive view of redox properties of quinones has demonstrated how prenylquinonones define the operation of photosynthetic electron transfer in thylakoids. The synthetic quinones play an analogous role in photosynthesis research and ...
Hydrothermal patterns manipulate the growth adaptability of an endangered cypress by mediating microbial community and soil characteristics [0.03%]
水热格局通过调控微生物群落和土壤特性影响濒危油杉的生长适应性
Haiying Wang,Zhongmu Li,Zaiyan Huang et al.
Haiying Wang et al.
Hydrothermal conditions alter soil fungal diversity, nutrient availability, and enzyme activity, thereby critically influencing the growth adaptability of Calocedrus macrolepis to climate change. The response of plants to climate change is ...
Correction: Mutant conferring partial male sterility: a versatile system for unrestrained hybridization in a highly autogamous finger millet crop [0.03%]
纠正：部分雄性不育突变体：一个用于高度自交的高粱作物不受限制杂交的多功能系统
Manjappa,Gowda M V C,Rangaiah S et al.
Manjappa et al.
Published Erratum
Planta. 2025 Nov 19;263(1):11. DOI:10.1007/s00425-025-04882-z 2025
Microbial-derived inducers of plant immunity: recent advances and future prospects [0.03%]
植物免疫诱导剂的研究进展与未来展望
Hatem Boubakri
Hatem Boubakri
Main conclusion This review provides a comprehensive overview of microbial-derived inducers of disease resistance in plants, elucidates their mode of action, and offers prospects for their practical application. Plants are constantly facing...
Aboveground living plant-based methane production does not dominate methane emissions in terrestrial ecosystems [0.03%]
地表活植物制甲烷并不主导陆地生态系统的甲烷排放量
Zhi-Ping Wang,Luke C Jeffrey,Josep Barba et al.
Zhi-Ping Wang et al.
This review highlights aboveground living plant-based methane production and evaluates its quantities in terrestrial ecosystems globally. The estimated quantities collectively explain only ~ 2% of aboveground living plant-based methane emis...
Far-red light induces ultrastructural reorganization of chloroplasts in Marchantia polymorpha to compensate for reduced photosynthetic efficiency [0.03%]
远红光诱导地钱叶绿体超微结构重组以补偿其光合效率降低的现象
Alexander Voronkov,Ludmila Khalilova,Pavel Pashkovskiy et al.
Alexander Voronkov et al.
Far-red light is stressful to Marchantia polymorpha and reduces the efficiency of photosystem II. In response, Marchantia reorganizes the chloroplast ultrastructure, forming Rubisco condensate regions to physicochemically concentrate CO₂. ...